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WHS Management for Digital Printing

Manage toner dust exposure, UV LED curing emissions, and ergonomic hazards in high-volume digital print environments.

Digital printing operations present a different hazard profile from traditional offset and flexographic processes, with toner and inkjet aerosol exposure, UV LED curing by-products, ozone generation, and ergonomic risks from repetitive finishing tasks forming the primary concerns. Large-format UV-cured digital presses generate both formaldehyde and ozone during the curing process, with WELs for both substances tightening significantly in December 2026. Modern digital print facilities also rely on lithium-ion battery powered automated handling systems that now carry specific WHS Regulation 2025 obligations. A structured WHS management plan ensures your digital printing operation addresses these emerging risks alongside established mechanical and chemical hazards.

Key Hazards

Toner dust and inkjet aerosol inhalation during production and maintenanceOzone and formaldehyde from UV LED curing systems (WELs reducing 50-70%)Electrical hazards from high-voltage digital press componentsErgonomic injuries from repetitive finishing and packaging tasksNoise exposure from high-speed digital presses and finishing equipmentLithium-ion battery thermal runaway in automated handling systems

Regulatory Requirements

HRCW Categories

Hazardous chemical exposure, work near energised electrical installations

Section 26A Codes (binding 1 July 2026)
Managing Risks of Hazardous ChemicalsManaging Risks of Plant in the WorkplaceHazardous Manual Tasks

SWMS Required

Related Sectors

Need Help with Digital Printing WHS?

We help digital print businesses develop compliant WHS systems covering UV curing emissions, toner exposure controls, and ergonomic risk management.

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